Preeclampsia is a condition that affects women during pregnancy. It is characterized by increased blood pressure and high levels of protein in the urine. Women with preeclampsia also experience swelling in the feet, legs, and arms.

Researchers suspect that excessive body fat or poor nutrition are the primary contributors to preeclampsia and eclampsia.

If left undetected, preeclampsia can lead to a more severe complication, known as eclampsia. Eclampsia can put you and your baby at risk, and can even lead to death (in rare cases).

How do preeclampsia and eclampsia affect the mother?

Preeclampsia and eclampsia can cause a host of complications for the mother, such as the following  

Hellp syndrome   hellp syndrome refers to three different conditions   low platelet count, elevated liver enzymes, and haemolysis. This generally occurs late in pregnancy and affects the processing of rbc, functioning of the liver, and blood clotting.

Seizures

Heart and renal failure

Water in the lungs

Bleeding from the liver

Reversible blindness

Effects of preeclampsia and eclampsia on the baby

Preeclampsia can lead to problems with the placenta in the initial stage of pregnancy. This may pose risks, including the following to the baby  

Lack of nutrients and oxygen, which may prevent the foetus to grow properly

Preterm birth

Stillbirth   this happens when the placenta is separated from the uterine wall

Infant death

Stillbirths are more common when the mother has suffered from a severe form of preeclampsia, like hellp syndrome.

Preeclampsia and eclampsia are linked to a myriad of health issues and life-long challenges for prematurely born babies. These may include cerebral palsy, learning disorders, epilepsy, deafness and blindness.

There is no particular cure for preeclampsia and eclampsia. Treatment, however, depends on how close you are to your due date, and how much the foetus has developed. In the case of mild preeclampsia, your doctor may recommend resting, healthy eating   that limits salt intake   and regular prenatal checkups.

Effects Of Preeclampsia And Eclampsia On You And The Baby

Potassium is an essential mineral that helps in healthy functioning of your body   it helps in muscle contractions, fluid balance, and nerve signals. Your body receives the required amount of potassium from specific food sources and processes the same. The excess potassium is eliminated from the bloodstream by your kidneys.

Under normal circumstances, your blood levels should be between 3.5meq/l and 5.5meq/l for potassium to carry on these functions. Healthy kidneys play a vital role in keeping the potassium levels in check.

In case your kidneys are unable to remove excess potassium, it may get stored in your blood, leading to a condition known as hyperkalemia.

The link between your kidneys and potassium

The mineral potassium and your kidneys share an intricate relationship. If the levels of potassium in your blood are too high, it can pose a threat to your cardiac condition   leading to a ;heart attack or ;irregular heartbeat.

Hyperkalemia occurs when the kidneys fail to function properly. Your kidneys work to balance the amount of potassium consumed with that, which is eliminated through urine. Your body takes in potassium through the foods and drinks you consume. In the initial stages of your kidney disorder, they may be able to make up for high levels of potassium. However, as your condition worsens, they may be unable to eliminate enough of the mineral from the body.

How to find out if you have high potassium levels

The only way to figure out if your potassium levels are healthy or too elevated is to go for a blood test. The test measures the level of potassium in the bloodstream.

As long as your kidneys are healthy, your potassium levels will be under control. Therefore, if you have hyperkalemia, or if there are chances of you getting it, you may have to cut back on foods that are high in potassium content. Besides, you will have to rely on diuretics and potassium binders.

How Are Kidney And Potassium Connected?

Abstract

Background: it is essential to have an understanding of life expectancy and risk factors among patients with sickle cell disease (sickle cell anemia, hemoglobin diseases, and thalassemias). These are required to counsel the patients, target treatment, and plan the right clinical trials.

 

Methods: a research followed 3764 people ranging from birth to 66 years of age and suffering from scd. The procedure was done to understand the life expectancy and calculate the average age at death. Moreover, the study understood the reasons for the death in all 209 adults. It used the proportional-hazards regression analysis to know the risks for an untimely death in adults with sickle cell anemia.

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Results: when the results for young kids and adults with sickle cell anemia were observed, it was found that the average age at death was 48 for women and 42 for men. Moreover, suffering from hemoglobin c disease had an average mortality age of 60 for men and 68 years for women.

 

In people with sickle cell disease, 18% of deaths took place in patients with mainly renal organ failures. 33% of the tested patients were medically free of organ failures but episodes of pain crisis took their life. Out of these patients, 78% experienced chronic pain, chest syndrome, or both, while 22% suffered a stroke that took their lives.

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Clinical modeling showed that people with sickle cell anemia faced acute chest syndrome, seizures, kidney failure, a white-cell count of over 15, 000 per cubic mm, and a low hemoglobin level were related to a risk of early death.

 

Conclusions: results suggested that 50% of patients with sickle cell anemia lived beyond the age of 50. A huge share of those who lost their lives suffered no noticeable chronic organ failure. However, most of them died due to acute episodes of pain or stroke. Early death was seen highest among patients who had symptomatic disease. High levels of fetal hemoglobin suggested improved chances of survival and are assumably a credible source to foresee the risks and other factors related to adult life expectancy.


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Life Expectancy And Risk Factors Involved In Sickle Cell Disease

Cushing syndrome occurs due to prolonged exposure to high levels of cortisol hormone. The condition, often referred to as hypercortisolism, affects women   usually between ages 25 and 40   more than men. Nearly 80% of adults and about 47% of children are diagnosed with cushing syndrome.

The most common cause of cushing syndrome is an overproduction of the stress hormone   cortisol   by the adrenal glands. However, it can also result from overuse of steroid drugs.

If you have cushing syndrome, you are likely to notice symptoms like muscle weakness, weight gain, a buffalo lump, irregular periods, sleep disorders, high blood glucose and high blood pressure.

Recent research has claimed to establish a relation between cushing syndrome and high blood pressure   or what is called hypertension in medical terms.

The link between hypertension and cushing syndrome

Hypertension refers to high blood pressure that causes the force of blood to raise against the artery walls. A number of conditions can lead to hypertension, such as poor diet and lifestyle, an underlying health issue, stress, pregnancy and so on.

As your body encounters stress, the adrenal glands produce and release cortisol in the bloodstream. Studies show that producing excess stress hormone can create a host of pathological problems in the body, including hypertension.

Hypertension is a distinguishing feature of endogenous cushing syndrome. High blood pressure in cushing syndrome has a significant correlation with the duration of hypercortisolism and results from the interaction between various pathophysiological methods regulating peripheral vascular resistance, cardiac output, and plasma volume   all of which are elevated in this state.

How to treat the condition

Cushing syndrome is usually treatable and curable. You will be prescribed to stop using steroid drugs that are likely to increase cortisol levels. If the condition does not improve after treatment, you will have to look for ways to manage the symptoms, especially by monitoring your blood pressure. Team up with your doctor and ask for ways to de-stress yourself.

Relation Between Cushing Syndrome And Hypertension: Know More

C-reactive protein ;is a type of protein produced by the liver in response to an infection ;or inflammation. When your body contracts an infection, the white blood cells produce proteins to fight it. Some of these proteins activate the liver into producing c-reactive protein. For many years, the crp ;blood level has been used to ascertain the level of infection or inflammation.

Assessing the risk of heart disease ;with c-reactive protein

The level of crp is a potential indicator of how likely you are to develop cardiovascular diseases. This is because the development of atherosclerosis is linked with inflammation within the walls of your blood vessel. This results in higher levels of c-reactive protein in atherosclerosis patients than in those without the disorder.

The greater the crp levels, the more chances you have of being affected by cardiovascular disorders. The test also determines the risk of a second attack.

The value of knowing your crp levels depends on whether you come under one of three cardiovascular risk groups.


	
	High risk   not important to know crp because you should be combining lifestyle changes and aggressive treatment to reduce risk
	
	
	Intermediate risk   helpful to find out crp levels, as it can provide vital information crucial in deciding the next line of treatment
	
	
	Low risk   even if your crp levels are high, you will not be at risk   due to negligible risk factors and low cholesterol levels   that should require more than just lifestyle changes
	


To find out crp levels you will have to take a blood test. C-reactive protein is classified into  


	
	High   equal to or greater than 3
	
	
	Intermediate   between 1 and 3
	
	
	Low   below 1
	


If you are having a c-reactive protein test to check for heart diseases, your healthcare provider may recommend a cholesterol test as well. A number of other tests may also be prescribed to evaluate your risk further.

How C-reactive Protein Can Pose A Risk For Heart Disease?

Blood donation is a process that is carried out when a person voluntarily offers for blood to be extracted from his body. There are countless myths about blood donation that need to be squashed and awareness is the only way of doing it.

While blood donation brings multiple health benefits to both the donor and recipient, some facts are known to only a few. These facts will not only open doors to endless possibilities, but will make people feel confident about it.

Facts

Here are some lesser-known facts about blood donation- every person should know-

 


	
	Approximately 112.5 million units of blood are collected from blood donation globally.
	
	
	Around 30 million units are transfused annually.
	
	
	Any person in sound health, at least 18 years old, and weighing at least 45 kilograms can donate blood every 56 days.
	
	
	Your one unit of donated blood can save up to 3 lives.
	
	
	A, b, ab, and o are the primary blood groups. While ab is a universal recipient, o negative is a universal donor.
	
	
	The blood donation process normally takes less than 10-12 minutes.
	
	
	Donating blood does not make you physically weak or decrease your strength.
	
	
	Only 1% of india's population donates blood each year, leading to an annual deficit of two million units.
	
	
	All donated blood units are tested for diseases like hepatitis b, hepatitis c, hiv, and syphilis before transfusion.
	
	
	Red cells, plasma, cryoprecipitate, and platelets are the various types of transfusable elements derived from the blood. The procedure takes place using a method called apheresis.
	
	
	Red blood cells carry oxygen to the organs.
	
	
	Red blood cells survive for about four months in the system of circulation.
	
	
	Platelets encourage blood clotting and provide leukemia patients and other cancer patients with better treatment.
	
	
	Plasma is a pale yellow combination of proteins, salts, and water.
	
	
	Plasma is 55 percent of the volume of blood and 90 percent water.
	
	
	White cells are the chief defense of the body against infections.
	
	
	There is no alternative for blood donation as blood cannot be manufactured.
	
	
	You cannot contract aids or other infectious diseases due to blood donation.
	


Lesser Known Facts About Blood Donation

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